Medical wearables need to be sleek, unencumbered, and compact; able to collect meaningful medical data with few (or no) wires attached to the patient. This creates demand for flexible PCB layouts. While you’re trying hard to push the limits of space, to use smart materials, and to minimize its footprint, it can be damn annoying when you fall out of a board outline (particularly when dealing with an irregular board shape). Read on to find out how
This page takes a look at defining the stackup for your board using the Layer Stack Manager. It covers topics including layer properties and materials, symmetry and rigid-flex sub-stacks
This page looks at the PCB Editor's support for via stitching (used to tie together larger copper areas on different layers) and via shielding (used to help reduce crosstalk and electromagnetic interference in a route that is carrying an RF signal)
This page looks at the PCB Editor's support for printed electronics - the ability to print the electronic circuit directly onto a substrate, such as a plastic molding that becomes a part of the product
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